13. Measure the size of your shoe using an inexpensive ruler. Walk 10 nose to end steps. Then, using the tape placed on the floor, determine the distance walked in feet and inches. Repeat 3 times and Record the data in Table VI below: Table VI: Step Measurement Distance using your shoe (in) 124.25 Deviation(d) Distance using tape measure (in) 120 Observation Size of Shoe (in) %23 corrected +4.25 +4.25 +4.25 1 10.024 120 10.024 10,024 2 124.25 3. 124.25 120 Average: 10.024 124.25 120 +4.25
13. Measure the size of your shoe using an inexpensive ruler. Walk 10 nose to end steps. Then, using the tape placed on the floor, determine the distance walked in feet and inches. Repeat 3 times and Record the data in Table VI below: Table VI: Step Measurement Distance using your shoe (in) 124.25 Deviation(d) Distance using tape measure (in) 120 Observation Size of Shoe (in) %23 corrected +4.25 +4.25 +4.25 1 10.024 120 10.024 10,024 2 124.25 3. 124.25 120 Average: 10.024 124.25 120 +4.25
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Question
- Using the data in Table VI, calculate the % Difference between distance using your shoe and using tape measure.
Using the data in Table VI, calculate distance (in) per step.

Transcribed Image Text:13. Measure the size of your shoe using an inexpensive ruler. Walk 10 nose to end steps. Then, using
the tape placed on the floor, determine the distance walked in feet and inches. Repeat 3 times and
Record the data in Table VI below:
Table VI: Step Measurement
Distance using your
shoe (in)
124.25
124.25
124.25
Observation
Size of Shoe (in)
Distance using
Deviation(d)
corrected
tape measure (in)
120
%23
10.024
+4.25
10.024
10.024
120
120
+4.25
+4.25
3.
Average:
10.024
124.25
120
+4.25
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